Tokenomics
Tokenomics for the AVM Super Computer
Overview: This document outlines the tokenomics of the $AVM protocol — a decentralized compute layer enabling AI agents to run code trustlessly across a global network of execution nodes.
Ticker: $AVM
Total supply: 100.000.000
Blockchain: Ethereum
Trading Fee: 4%, then 0% once funding milestones are reached
Liquidity lock: 12 months
Official CA: 0xf5f52266a57E6D7312dA39BD7ab9527B9e975C40
Tokenomics: Economic Architecture of $AVM
The $AVM token drives resource coordination and economic incentives across the protocol. Its distribution and usage are tied directly to the operational and decentralization milestones described in the roadmap.
💰 Token Distribution
Total Supply: 100,000,000 AVM
| Category | Allocation | Description |
|---|---|---|
| Initial Liquidity | 40% | Market access |
| Treasury | 20% | Ecosystem grants, governance operations |
| Node Incentives | 15% | Compute rewards, staking |
| Seed & Strategic Sale | 10% | Early backers and high-value-added investors |
| Marketing & OPEX | 10% | Growth, operations, GTM |
| R&D | 5% | Research and development initiatives |
Multi-Signature Control
- Treasury: Multi-signature wallet control
- Marketing & OPEX: Multi-signature wallet control
Vesting Logic
- Investors: 30% at TGE (Token Generation Event), 70% over 3 months
- Nodes: Linear rewards over 18 months
Token Utility
The $AVM token serves multiple critical functions in the ecosystem:
- Run the Network: Node incentives and compute rewards
- Govern the Protocol: DAO governance and parameter management
Decentralized Node Participation
Starting in Phase 3, the protocol fully decentralizes compute provisioning:
- Node Deployment
- Users provision hardware (CPU/GPU) and run the AVM client.
- Service Registration
- Nodes register in the system and adhere to pricing module parameters.
- Task Execution
- AI agents automatically select the best available node from registered providers via intelligent discovery mechanism.
- Revenue Distribution
- Node owners earn $AVM tokens based on their network participation.
- Distribution is calculated proportionally according to individual node utilization relative to total network usage.